Barriers Achieving U-Values of 1.4-1.8 W/(m²·K)
Glass-fiber reinforced polyamide struts break thermal bridging, pairing with Low-E glass to lower HVAC building energy loads.
Engineered for energy-efficient commercial projects, our thermal break doors integrate PA66 GF25 struts and Low-E glazing to optimize U-factors and eliminate interior surface sweating.
Glass-fiber reinforced polyamide struts break thermal bridging, pairing with Low-E glass to lower HVAC building energy loads.
Maintains interior profile temperatures above the dew point during 30°C temperature shifts, eliminating mold and water damage.
Multi-chamber thermal polymers and laminated IGUs attenuate broad-spectrum traffic noise, securing acoustic privacy for luxury suites.
CNC knurling and mechanical crimping neutralize thermal expansion stresses, ensuring smooth leaf operation through seasonal extremes.
Thermally Broken Aluminum Door Systems Overview | BLOSSOM CHEER
Key Benefits of Thermally Broken Aluminum Door Systems | BLOSSOM CHEER
Barriers Achieving U-Values of 1.4-1.8 W/(m²·K)
Thermal Equilibrium Preventing Interior Sweating
Acoustic Damping Core Delivering STC 35 Isolation
Rolled Composite Joinery Resisting 70N/mm Shear
Specifying our commercial Wooden Door System guarantees your project achieves certified acoustic privacy, long-term HVAC energy savings, and rigid fire-rated life safety without aesthetic compromise.